A new European Commission catalogue brings together 189 industrial electrification and energy-efficiency demonstrations in 21 member states. The projects represent nearly €1bn in investment, including about €600m in EU support, according to the announcement from CINEA, the agency that manages funding programmes for the Commission.
The examples span heat pumps and vapour recompression, electric furnaces and boilers, renewable energy, storage, waste-heat recovery and more flexible energy use. Together they offer a useful view of where companies and public funders are trying to replace fossil heat and improve efficiency. The related Directorate-General for Energy publication provides a fuller account of the programme and its cases.
The distinction between demonstrating a technology and changing an industrial sector is central. A successful installation shows that a process can work in a particular factory, with particular equipment and operating conditions. It does not establish that the same solution can be copied cheaply across plants, that the electricity supply is available when needed, or that the operating economics will hold when energy prices and production schedules change.
From showcase to investment decision
CINEA highlights 20 “success stories” and says the technologies could help halve industry’s share of fossil energy by 2040. That is a projection of potential, not a reported reduction already achieved. The agency is presenting projects backed by EU programmes, so its catalogue is valuable for understanding what has been funded but is not an independent assessment of programme-wide results.
Electrification can also shift pressure rather than simply remove it. A factory that swaps a gas boiler for an electric system needs suitable grid connections and enough clean power at the right times. In some processes, high-temperature heat or continuous operation makes redesign more complex than replacing one piece of equipment. Storage, flexible scheduling and recovered heat can help, but each adds cost, engineering and operational choices.
The examples matter because industrial heat is difficult to decarbonise and often receives less attention than electricity generation or road transport. Demonstrators can reduce uncertainty for later buyers by showing how equipment performs in a real industrial setting. Their value depends on whether that evidence includes reliable operating data, total costs, downtime and what modifications a second site would need.
The Commission’s catalogue is a map of promising experiments and public investment. It offers a starting point for asking which solutions are ready to scale, which still need cheaper power or infrastructure, and what support would make replication viable. The headline count alone cannot answer those questions.
